• SME MR00-160
Provide PDF Format

Learn More

SME MR00-160

  • Minimizing Distortion By Accounting For Residual Stresses During Machining
  • standard by Society of Manufacturing Engineers, 11/01/2000
  • Publisher: SME

$9.00$18.00


Distortion during machining can result in high scrap rates and increased manufacturing costs. Distortion results from either the introduction or elimination of residual stresses during manufacture. Residual stresses which are induced in the surface by machining and grinding, or throughout the body by welding or heat treatment, can generally be measured and controlled. Distortion caused by re-equilibration after removal of stressed material during machining is more difficult to avoid and is the primary cause of scrap in precision components. Examples of the residual stress distributions typically seen in heat treated components and the development of finite element models to minimize distortion are presented.

Related Products

SME MS910324

SME MS910324

Determination Of The Workspace Of A General 6 Dof Parallel Manipulator..

$9.00 $18.00

SME MS920324

SME MS920324

Capp: Manufacturing Data Management For Concurrent Engineering..

$9.00 $18.00

SME ER98-315

SME ER98-315

Teaching Life Cycle Engineering As An Integral Part Of Manufacturing Engineering..

$9.00 $18.00

SME MF00-183

SME MF00-183

Intermediate Die Design System For The Multi-Stage Drawing Process..

$9.00 $18.00